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Products
01
Energy Storage Container 1mw Grid Pv Project
Product Description
Main Features
1.Free-installation
This product is designed from the perspective of reducing customer site work, and the overall weight of the container is designed
below the maximum allowable transport weight, so it can be transported as a whole without removing the module 50% faster
installation and Reduce 30% CapEx for on-site installation 15% energy density increase
2.Flexible-configuration
It can match the PCS with AC side voltage of 900~1300V, making the system integration solutions more flexible
3.Super long life cycle,8000+ cycles
4.1CP+ sustained high power output capacity
5.High energy density equal to 7MWh in a 40 feet container
6.Cycle life enhance 10%, temperature deviation: within 2 ℃
Specification
| Model | 1000KW |
| Half Cut Mono 630W Solar Panels | 1600 pcs |
| On Grid Solar Inverter | 10 pcs |
| PV Cable 4mm² | 13000m |
| Earthing cable 6mm² | 1000m |
| MC4 Connector | 1300 pcs |
| PV Tools | 1 pc |
| Roof Mounting System | 1 set |
| Wooden box | 26 pcs |
Product Display
To be a World-Class Energy Services Provider
14+ years experience in Electric Power System industry. Different Brand and Type of battery Cells. 10+ years experience in energy storage system development. We have our own independent R&D.
Energy Management System
EMS is a centralized energy management and data monitoring center for the whole energy storage power station system
Data acquisition
Control function
HMI
Battery Storage System
Battery Management System
(BMS) Battery Moulde&Pack
Battery Rack Battery Cooling System
Battery Fire Suppression System
DC/AC Panel
IEC/UL/ CE/GB-T certified
Power Conversion System
Packing & Delivery
Project Cases
4 STEP SOLAR DESIGN PROCESS
STEP 1: Project Requirements
✔ Analysis or estimate of monthly energy use (kWh) and costs for most recent 12 months
✔ Assessment of roof or property site, including dimensions, shading, obstructions, slope, tilt, azimuth direction toward Sun,local snow load, wind speed, and exposure category
✔ Evaluation of current electrical setup, including the location and size of circuit breaker box(s) and existing wires
✔ Review of local permit or utility requirements, including homeowner association HOA
✔ Owner requirements for aesthetics or location of the system
STEP 2: System Size and Layout
✔ Solar PV system sizing options (e.g. how many watts of solar are needed now and desired in the future)
✔ Estimated solar energy production scenarios (e.g. how many kWh or kilowatts hours will be produced using PVwatts)
✔ Solar array site plan, including the location of all components
✔ Design layout options and preliminary engineering for rooftop or ground mount configuration
STEP 3: Compare Solar Panel Systems
✔ Solar panel and inverter compatibility options
✔ Best price wholesale cost estimates for all equipment from your choice of manufacturers
✔ Easily compare systems side-by-side to evaluate price, performance, quality and compatibility
✔ Tax credit, rebate, and incentive summary
✔ Calculate expected payback, lifetime savings, and ROI
STEP 4: Final Plan
✔ Site plan, including the location of all components and setbacks
✔ Electrical specifications, single-line drawing - wiring diagram, with NEC required labels and calculations
✔ Engineering specifications for layout and mounting with all required calculations
✔ Product specifications for solar panels, inverters, mounting and electrical components
✔ Final purchase order and list of materials
✔ 10 to 20 page Solar PV System Permit Plan, printable on 11x17 paper
✔ OPTIONAL: Electrical or structural engineer review and stamps as required by building department or utility.